TY-60KS Gas Mass Flow Meter

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TY-60KS Gas Mass Flow Meter

Product ID：LLCL013

Price: Please inquire PDF Format

Supply Ability:50 SETS/MON

Port:SHENZHEN

Product Introduction
Other information

Model NumberTY-60KS

Brand NameDLTIANYANG

Payment TermsTT，PAYPAL，Alibaba.com Pay

TY-60KS Gas Mass Flow Meter

Product Introduction
The TY-60KS Gas Mass Flow Meter is an industrial instrument designed for measuring the mass flow rate of gases in pipelines. According to the supplied product specifications, it supports a wide gas velocity range and measures mass flow without requiring external temperature and pressure compensation.
Available in insertion and inline configurations, the TY-60KS accommodates different pipeline diameters and installation requirements. Its corrosion-resistant sensor option supports compatible corrosive gas applications, while the fast response time, repeatable measurements, and optional RS485 communication make it suitable for industrial process monitoring, energy management, and gas leak detection.
The instrument can display gas mass flow, standard volumetric flow, cumulative flow, and medium temperature, providing useful data for process control and gas consumption monitoring.

Performance Features
1.Direct gas mass flow measurement: Measures gas mass flow without requiring separate temperature and pressure compensation.
2. Wide velocity range: Covers gas velocities from 0.1 to 120 m/s according to the specified operating range.
3. Flexible sensor configurations: Offers insertion and inline sensor designs for different pipeline sizes.
4. Low-pressure-loss design: Designed to measure flow with minimal additional pressure loss.
5. Corrosion-resistant options: Supports measurement of compatible corrosive gases with suitable sensor materials.
6.Online installation and maintenance: The insertion configuration can support installation and maintenance under appropriate pipeline isolation or hot-tapping procedures.
7. Fast response: Provides a specified response time of approximately 1 second.
8.Multiple flow displays: Displays mass flow, standard volumetric flow, cumulative flow, and gas temperature.
9. Industrial communication: Provides a 4–20 mA output, with optional RS485 communication using the Modbus protocol.
10.Environmental protection: The sensor is rated IP68, with different enclosure protection ratings available for the converter.
11.Broad gas compatibility: Designed for single-component and multicomponent gases, excluding acetylene according to the supplied specifications.
12. Industrial monitoring capability: Supports process measurement, gas consumption analysis, and leak detection applications.

Working Principle
The supplied description identifies the TY-60KS as a Coriolis mass flow meter but also describes measurement based on temperature-field changes and the energy required to heat a flowing gas. These are different measurement principles.
In general, a Coriolis mass flow meter determines mass flow by measuring the phase shift or deformation produced when fluid passes through vibrating measuring tubes. A thermal mass flow meter, by contrast, measures heat transfer between a heated sensor and the flowing gas to determine mass flow.
The TY-60KS technical data should therefore be confirmed with the manufacturer to establish the exact sensing principle. Its listed specifications indicate that the instrument measures gas mass flow, calculates or displays standard volumetric flow, and provides medium temperature information without requiring external temperature and pressure compensation.

Technical Parameters

Parameter	Specification
Model	TY-60KS
Product Type	Gas Mass Flow Meter
Measurement Principle	Described as Coriolis-based; thermal measurement is also mentioned in the supplied description and requires manufacturer confirmation
Gas Velocity Range	0.1–120 m/s
Measurement Accuracy	±1% relative error; ±0.5% FS, as specified
Repeatability	Better than 0.25%
Sensor Types	Insertion and inline
Insertion Sensor Pipeline Size	DN50–DN9000, as specified
Inline Sensor Pipeline Size	DN15–DN9000, as specified
Measured Media	Single-component and multicomponent gases, excluding acetylene
Medium Temperature	−40°C to +350°C
Maximum Working Pressure	6.0 MPa
Power Supply	AC 110–220 V or DC 24 V, 1 A
Response Time	1 second
Analog Output	4–20 mA
Digital Communication	Optional RS485, Modbus
Display Parameters	Mass flow (kg/h), standard volumetric flow (Nm³/h), cumulative flow, medium temperature (°C)
Sensor Protection Rating	IP68
Integral Converter Protection	IP67
Remote Wall-Mounted Converter Protection	IP65
Remote Pipe-Mounted Converter Protection	IP52
Explosion Protection	Ex d IIC T4

Note: The specified pipeline upper limit of DN9000, measurement accuracy notation, sensing principle, and explosion-protection certification should be verified with the manufacturer before procurement. Confirm the applicable flow range and accuracy for the selected gas, pipeline, and installation configuration.

Application Scenarios
• Natural gas monitoring: Measures gas mass flow in compatible industrial natural gas systems.
• Compressed air systems: Supports compressed air consumption monitoring and energy management.
• Industrial gas distribution: Measures compatible gases in process pipelines and utility systems.
• Chemical processing: Supports flow monitoring for compatible single-component and mixed gases.
• Corrosive gas measurement: Uses appropriately selected corrosion-resistant sensor materials for compatible gas compositions.
• Energy management: Provides mass flow and standard volumetric flow data for gas consumption analysis.
• Gas leak detection: Helps identify abnormal changes in gas flow when integrated with a suitable monitoring system.
• Environmental monitoring: Supports gas flow measurement in compatible industrial exhaust and process gas systems.
• Large pipeline monitoring: The insertion configuration may be suitable for large-diameter pipelines within the manufacturer's verified size limits.

TY-60KS vs. Conventional Gas Flow Meters

Comparison Item	TY-60KS	Conventional Gas Flow Meter
Measurement Output	Gas mass flow and standard volumetric flow	Depends on instrument type
External Temperature Compensation	Not required according to the supplied specifications	May be required for some volumetric meters
External Pressure Compensation	Not required according to the supplied specifications	May be required for some volumetric meters
Velocity Range	0.1–120 m/s	Depends on model
Sensor Configuration	Insertion and inline	Depends on design
Pipeline Compatibility	Listed for a broad range of nominal diameters	Depends on model and sensor
Corrosion Resistance	Optional corrosion-resistant sensor	Depends on wetted materials
Communication	4–20 mA; optional RS485 Modbus	Depends on configuration
Response Time	Specified as 1 second	Depends on model
Typical Applications	Industrial gas monitoring, consumption measurement, and leak detection	Depends on measurement principle and application

Frequently Asked Questions
1. What is the TY-60KS Gas Mass Flow Meter used for?
It measures gas mass flow in industrial pipelines and supports process monitoring, gas consumption measurement, and flow-based leak detection.
2. What is the measurement velocity range?
The specified gas velocity range is 0.1–120 m/s. The usable range depends on the selected sensor, gas properties, and pipeline conditions.
3. Does the TY-60KS require temperature and pressure compensation?
The supplied specifications state that external temperature and pressure compensation are not required. Confirm the instrument's measurement principle and configuration with the manufacturer.
4. Which gases can the instrument measure?
It is specified for single-component and multicomponent gases, including natural gas, air, hydrogen, oxygen, chlorine, ammonia, argon, biogas, coal gas, and flue gas, excluding acetylene. Actual suitability depends on sensor materials, gas composition, pressure, and safety requirements.
5. What sensor configurations are available?
The instrument is available in insertion and inline configurations. The listed pipeline sizes are DN50–DN9000 for insertion sensors and DN15–DN9000 for inline sensors; these unusually broad limits should be confirmed before selection.
6. What is the maximum working pressure?
The specified maximum working pressure is 6.0 MPa, subject to the pressure rating of the selected sensor and connection assembly.
7. What output signals does the TY-60KS support?
It provides a 4–20 mA output and optionally supports RS485 communication using Modbus. These interfaces allow integration with PLCs, data acquisition systems, and industrial monitoring platforms.
8. Is the TY-60KS suitable for corrosive gases?
A corrosion-resistant sensor option is specified. Compatibility must be confirmed for the exact gas composition, concentration, operating temperature, and pressure.
9. Can the instrument be used in hazardous areas?
The supplied specifications list Ex d IIC T4. Verify the applicable certification, installation requirements, gas group, and temperature class for the intended site before use.

Frequently Asked Questions
1. What is the TY-60KS Gas Mass Flow Meter used for?
It measures gas mass flow in industrial pipelines and supports process monitoring, gas consumption measurement, and flow-based leak detection.
2. What is the measurement velocity range?
The specified gas velocity range is 0.1–120 m/s. The usable range depends on the selected sensor, gas properties, and pipeline conditions.
3. Does the TY-60KS require temperature and pressure compensation?
The supplied specifications state that external temperature and pressure compensation are not required. Confirm the instrument's measurement principle and configuration with the manufacturer.
4. Which gases can the instrument measure?
It is specified for single-component and multicomponent gases, including natural gas, air, hydrogen, oxygen, chlorine, ammonia, argon, biogas, coal gas, and flue gas, excluding acetylene. Actual suitability depends on sensor materials, gas composition, pressure, and safety requirements.
5. What sensor configurations are available?
The instrument is available in insertion and inline configurations. The listed pipeline sizes are DN50–DN9000 for insertion sensors and DN15–DN9000 for inline sensors; these unusually broad limits should be confirmed before selection.
6. What is the maximum working pressure?
The specified maximum working pressure is 6.0 MPa, subject to the pressure rating of the selected sensor and connection assembly.
7. What output signals does the TY-60KS support?
It provides a 4–20 mA output and optionally supports RS485 communication using Modbus. These interfaces allow integration with PLCs, data acquisition systems, and industrial monitoring platforms.
8. Is the TY-60KS suitable for corrosive gases?
A corrosion-resistant sensor option is specified. Compatibility must be confirmed for the exact gas composition, concentration, operating temperature, and pressure.
9. Can the instrument be used in hazardous areas?
The supplied specifications list Ex d IIC T4. Verify the applicable certification, installation requirements, gas group, and temperature class for the intended site before use.